At the beginning of the new year, Kerui’s highend equipment R&D and manufacturing basepresents a bustling scene. Accompanied by the roar of engines, batches ofvehicles fully loaded with highend oil and gas energy equipment are dispatchedone after another, marking the opening of Kerui Petroleum & Gas’s 2026“delivery season.” Multiple sets of desert fastmoving AC variablefrequencydrilling rigs, gasenginedriven reciprocating compressor units, andelectricdriven reciprocating compressor units are simultaneously shipped tooverseas oil and gas field operation sites in Africa, the Middle East, andother regions. With more than 200 truckloads delivered at high frequency and ona large scale, Kerui Petroleum & Gas has sounded the first charge of the2026 new year.

Green and Intelligent, Creating a NewEngine for Efficient Oil & Gas Development

The desert fastmoving ACvariablefrequency drilling rigs delivered this time integrate the advantagesof digital intelligence, safety, and environmental friendliness. They arecustom-developed and manufactured by Kerui Petroleum & Gas’s R&D teamin response to customer requirements and complex local operating conditions,fully meeting on-site operational needs.

In terms of integration, the drilling rigsadopt a modular trailer design. Through hydraulic control, rapid coupling withthe tractor can be achieved, making onsite relocation, assembly, anddisassembly more convenient and efficient. In terms of digital intelligence,the hoisting hydraulic station adopts a dieselelectric dualdrive design andsupports both manual and automatic control modes, ensuring safe and reliablerig hoisting while improving operational efficiency and achieving energy savingand consumption reduction.

The gasenginedriven reciprocatingcompressor project delivered in the same batch consists of 12 compressor unitsin the customer’s EPC station. It mainly undertakes the key production task ofwellhead boosting and transmission in oilfields. After the project is put intooperation, it can effectively solve the customer’s wellhead gas decline issueand continuously optimize full life-cycle production capacity, providingreliable support for increased production and efficiency in oil and gasexploitation.

The equipment adopts a modular layereddesign, with the gasliquid separation and drainage unit independently arrangedfrom the compression system, making transportation and installation moreconvenient. In response to complex local operating conditions, the equipment isequipped with highpressure gas blowdown technology, enabling longdistancemultiphase transportation of gas and liquid media. While improving oil and gasproduction efficiency, it significantly reduces onsite power consumption. Inaddition, the engine tailshaftdriven air cooler further reduces energyconsumption through cascade energy utilization.

New Milestone, High-End Oil & GasEquipment Making a Strong Debut

As a globally renowned energy company,TotalEnergies has established a quality control system recognized as theindustry’s “gold standard,” with requirements exceeding conventional industrystandards in qualification certification, operational efficiency, productionsafety, and environmental protection.

The electricdriven reciprocating compressorunit project delivered in this batch is a satisfactory achievement of KeruiPetroleum & Gas’s cooperation with an industry giant in the construction ofthe TotalTilenga Project and is of great milestone significance. The equipmentnot only meets TotalEnergies’ specifications and project requirements, but alsosolves various technical challenges related to wellhead casing gas recovery andgasliquid multiphase transportation. The successful delivery of the projectdemonstrates Kerui Petroleum & Gas’s leading strength in the global oil andgas equipment field. In terms of digital intelligence, theequipment is equipped with an advanced PLC control system, enabling realtimedata acquisition, remote monitoring, start-stop control, and parameteradjustment of unit operation. In terms of environmental protection, theequipment innovatively adopts an opentype noise reduction and matte surfacedesign, greatly reducing the impact of noise and light reflection on theoperation site. In terms of advancement, the equipment adopts a modularskidmounted structure and highly integrated design, supporting rapidreplacement between different units. After arrival at site, the equipment canbe put into operation with simple connections only, greatly simplifying the installationprocess and reducing construction costs.